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SZGH-T1850-10C Industrial Robot for Precision Welding Spraying, and CNC Machine Tending
With an extended 1850mm reach and a 10kg payload, this robot provides the flexibility and performance needed for a wide range of industrial automation applications.
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Product Description
SZGH-T1850-10C Industrial Robot for Precision Welding Spraying, and CNC Machine Tending
SZGH-T1850-10C is a next-generation 6-axis multi-purpose industrial robot. Featuring a wide 1850mm working radius and an upgraded 10kg rated payload, it integrates high-strength engineering with a lightweight aluminum body, boosting acceleration by 25% for ultra-responsive and precise motion control.
In the competitive landscape of modern manufacturing, upgrading to automated shop floors is no longer an option—it is a baseline for survival. Traditional production lines frequently face bottlenecks due to unpredictable human cycle times, geometric inaccuracies, and high maintenance costs of legacy equipment.
To address these pain points, high-speed multi-axis manipulators have emerged as the backbone of flexible factory layouts, delivering continuous duty cycles without sacrificing precision.
By analyzing the mechanics of rigid structural links, multi-protocol fieldbus communication, and high-torque speed reducers, this section explores how advanced automation systems optimize industrial throughput, using the SZGH-T1850-10C as our primary engineering reference.
SZGH-T1850-10C Technical Specifications
| Iterm | Specifications | |
| Robot model | SZGH-T1850-10C | |
| Structure | Articulated construction | |
| Number of axes | 6 | |
| Drive system | AC servo system | |
| Max.working range | J1 | ±180° |
| J2 | +75°/-110° | |
| J3 | +110°/-75° | |
| J4 | ±180° | |
| J5 | +30°/-200° | |
| J6 | ±360° | |
| Axis Max.speed | J1 | 148°s, 2.58rad/s 297/s, 5.18rad/s) |
| J2 | 148°s, 2.58rad/s 297/s, 5.18rad/s) | |
| J3 | 297°/s,5.18rad/s | |
| J4 | 450%/s,7.85rad/s | |
| J5 | 225°/s,3.93rad/s | |
| J6 | 450/s,7.85rad/s | |
| Maximum load | Wrist | 10kg |
| Allowable static load torque for wrist | J4 | 20.4N.m |
| J5 | 20.4N.m | |
| J6 | 12.7N.m | |
| Allowable static load moment of inertia for wrist | J4 | 0.42kg.m² |
| J5 | 0.42kg.m² | |
| J6 | 0.15kg.m² | |
| Max.reach | 1850mm | |
| Position repeatability | ±0.05mm | |
| Air piping(Option) | φ10×1 | |
| Noise level | 70dB(A) | |
| Rate power | 4.35KW | |
| Rate voltage | AC220V Single-phase 220V | |
| Installation | Ground-mounted | |
| Ambient conditions | Ambient temperature : 0~45℃ (without condensation) | |
| Environmental performance | IP65 | |
Advantages of SZGH-T1850-10C Industrial Robot
As a highly versatile and efficient industrial robot, the SZGH-T1850-10C provides significant value for modern automated factory floors:
- Extended Working Coverage: Equipped with a wide 1850mm reach to easily handle long-distance or large-scale processing trajectories.
- Upgraded Lifting Performance: Features a robust 10kg rated payload, allowing the wrist to carry heavier welding torches, material handling grippers, or customized tooling.
- High-Speed Execution: Utilizing a lightweight aluminum body with minimized end inertia, it boosts overall acceleration and motion speeds by 25%.
- Space-Saving "All-In-One" Structure: Integrates the drive and direct connection hardware inside the compact control cabinet to save floor space and reduce external cabling.
- Novice-Friendly Operation: Independently developed with an intuitive interface and mature process packages, making it exceptionally easy to program and deploy for beginners.
- Premium Long-Life Components: Built with high-precision RV reducers and durable Japanese Daiden cables designed for up to 20 million cycles of torsion resistance.
Application Scenarios
1. High-Precision Automatic Stamping Line
Automated material transfer is critical in stamping workshops to optimize cycle times and improve safety.
Industry: Metalworking and Sheet Metal Fabrication.
Specific Applications:
"Fully automated stamping line".
"Automatic loading and unloading of steel pipe stamping".
"H Sheet Material Loading and Unloading".
"Stamping Robot Automation".
Recommended Pairing: End-effector with large pneumatic or vacuum suction grippers, and conveyor systems.
2. General Material Handling and CNC Lathe Tending
Reliable material handling reduces bottleneck time in manufacturing, especially when feeding raw materials into other machines.
Industry: General Manufacturing and Automotive.
Specific Applications:
"UV printing acrylic board loading and unloading".
"Valve cover CNC lathe loading and unloading".
"Automatic loading and unloading of saw blades".
Recommended Pairing: A variety of pneumatic parallel grippers or vacuum cup systems to handle different part shapes and materials like acrylic or metal.
3. Precision Welding Solutions
Automated welding ensures consistency and quality for critical structural parts.
Industry: Structural Steel fabrication, Heavy Equipment, and Furniture manufacturing.
Specific Applications:
"Argon arc welding".
"Aluminum welding".
"Laser welding rotary table" automation.
"External shaft weaving welding".
Recommended Pairing:
Integrated "AC servo system" and "independent research and development".
Laser welding heads or TIG/MIG welding torches.
External servo-controlled rotary axes and safety sensors.
4. Specialized Material Processing and Palletizing
Specialized tasks require robots with a smaller footprint and high degree of freedom.
Industry: Material Testing, Logistics, Packaging, and Wood Processing.
Specific Applications:
"Carbon testing and material collection".
"Palletizing of large loads".
"Large load carton bundling and palletizing".
"Large load palletizing of wood panels".
"Laser Cutting".
Recommended Pairing: High-torque end-effectors, specialized laser cutting tools, or robust palletizing grippers.
"RV reducer has better accuracy" and a "strong anti-interference ability".
Conclusion
The evolution of modern multi-purpose robotics shifts the focus from rigid automation to dynamic operational flexibility. Rather than perfecting a single task, systems like the SZGH-T1850-10C prove that blending an extended 1850mm reach with a responsive 10kg payload creates a highly adaptable workhorse capable of transitioning between complex arc welding, delicate machine tending, and continuous material processing.
By eliminating the traditional barriers of complex setup through a streamlined, novice-friendly control architecture and an all-in-one cabinet design, this system redefines efficiency on a compact factory footprint. As global manufacturing demands smarter, less localized automation, integrated multi-axis platforms will remain foundational to transforming standard machine shops into highly responsive, high-throughput smart facilities.
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